def test_invalid_num_executors(self, get_config):
get_config.return_value = {
'bazel.additional-test-flags': [],
'bazel.targets': [
'//aa/bb/cc/...',
'//aa/abc/...',
],
'bazel.exclude-tags': [],
'bazel.cpus': 1,
'bazel.mem': 1234,
'bazel.max-executors': 0, # invalid
}
_, implementation = JobPlan.get_build_step_for_job(self._create_job_and_jobplan().id)
assert implementation is None
get_config.return_value = {
'bazel.targets': [
'//aa/bb/cc/...',
'//aa/abc/...',
],
'bazel.exclude-tags': [],
'bazel.cpus': 1,
'bazel.mem': 1234,
'bazel.max-executors': 11, # too high
}
_, implementation = JobPlan.get_build_step_for_job(self._create_job_and_jobplan().id)
assert implementation is None
def test_invalid_num_executors(self, get_config):
get_config.return_value = {
'bazel.additional-test-flags': [],
'bazel.targets': [
'//aa/bb/cc/...',
'//aa/abc/...',
],
'bazel.exclude-tags': [],
'bazel.cpus': 1,
'bazel.mem': 1234,
'bazel.max-executors': 0, # invalid
}
_, implementation = JobPlan.get_build_step_for_job(
self._create_job_and_jobplan().id)
assert implementation is None
get_config.return_value = {
'bazel.targets': [
'//aa/bb/cc/...',
'//aa/abc/...',
],
'bazel.exclude-tags': [],
'bazel.cpus': 1,
'bazel.mem': 1234,
'bazel.max-executors': 11, # too high
}
_, implementation = JobPlan.get_build_step_for_job(
self._create_job_and_jobplan().id)
assert implementation is None
def test_invalid_cpus(self, get_config):
get_config.return_value = {
'bazel.additional-test-flags': [],
'bazel.targets': [
'//aa/bb/cc/...',
'//aa/abc/...',
],
'bazel.exclude-tags': [],
'bazel.cpus': 0, # 0 CPUs is not valid
'bazel.mem': 8192,
'bazel.max-executors': 1,
}
_, implementation = JobPlan.get_build_step_for_job(self._create_job_and_jobplan().id)
assert implementation is None
get_config.return_value = {
'bazel.targets': [
'//aa/bb/cc/...',
'//aa/abc/...',
],
'bazel.exclude-tags': [],
'bazel.cpus': 2, # Too many
'bazel.mem': 8192,
'bazel.max-executors': 1,
}
current_app.config['MAX_CPUS_PER_EXECUTOR'] = 1
_, implementation = JobPlan.get_build_step_for_job(self._create_job_and_jobplan().id)
assert implementation is None
def test_invalid_cpus(self, get_config):
get_config.return_value = {
'bazel.additional-test-flags': [],
'bazel.targets': [
'//aa/bb/cc/...',
'//aa/abc/...',
],
'bazel.exclude-tags': [],
'bazel.cpus': 0, # 0 CPUs is not valid
'bazel.mem': 8192,
'bazel.max-executors': 1,
}
_, implementation = JobPlan.get_build_step_for_job(
self._create_job_and_jobplan().id)
assert implementation is None
get_config.return_value = {
'bazel.targets': [
'//aa/bb/cc/...',
'//aa/abc/...',
],
'bazel.exclude-tags': [],
'bazel.cpus': 2, # Too many
'bazel.mem': 8192,
'bazel.max-executors': 1,
}
current_app.config['MAX_CPUS_PER_EXECUTOR'] = 1
_, implementation = JobPlan.get_build_step_for_job(
self._create_job_and_jobplan().id)
assert implementation is None
def test_invalid_mems(self, get_config):
get_config.return_value = {
'bazel.additional-test-flags': [],
'bazel.targets': [
'//aa/bb/cc/...',
'//aa/abc/...',
],
'bazel.exclude-tags': [],
'bazel.cpus': 1,
'bazel.mem': 1025, # Too high
'bazel.max-executors': 1,
}
current_app.config['MIN_MEM_MB_PER_EXECUTOR'] = 1
current_app.config['MAX_MEM_MB_PER_EXECUTOR'] = 10
_, implementation = JobPlan.get_build_step_for_job(self._create_job_and_jobplan().id)
assert implementation is None
get_config.return_value = {
'bazel.targets': [
'//aa/bb/cc/...',
'//aa/abc/...',
],
'bazel.exclude-tags': [],
'bazel.cpus': 1,
'bazel.mem': 1025, # Too low
'bazel.max-executors': 1,
}
current_app.config['MIN_MEM_MB_PER_EXECUTOR'] = 2000
current_app.config['MAX_MEM_MB_PER_EXECUTOR'] = 3000
_, implementation = JobPlan.get_build_step_for_job(self._create_job_and_jobplan().id)
assert implementation is None
def get(self, step_id):
jobstep = JobStep.query.options(joinedload(
'project', innerjoin=True), ).get(step_id)
if jobstep is None:
return '', 404
jobplan = JobPlan.query.filter(
JobPlan.job_id == jobstep.job_id, ).first()
# determine if there's an expected snapshot outcome
expected_image = SnapshotImage.query.filter(
SnapshotImage.job_id == jobstep.job_id, ).first()
current_image = None
# we only send a current snapshot if we're not expecting to build
# a new image
if not expected_image:
current_image = None
if jobplan:
current_image = jobplan.snapshot_image
if current_image is None and current_app.config['DEFAULT_SNAPSHOT']:
current_image = {
'id': current_app.config['DEFAULT_SNAPSHOT'],
}
context = self.serialize(jobstep)
context['commands'] = self.serialize(list(jobstep.commands))
context['snapshot'] = self.serialize(current_image)
context['expectedSnapshot'] = self.serialize(expected_image)
context['project'] = self.serialize(jobstep.project)
context['job'] = self.serialize(jobstep.job)
_, buildstep = JobPlan.get_build_step_for_job(jobstep.job_id)
resource_limits = buildstep.get_resource_limits() if buildstep else {}
if resource_limits:
context['resourceLimits'] = resource_limits
lxc_config = buildstep.get_lxc_config(jobstep) if buildstep else None
if lxc_config:
context["adapter"] = "lxc"
lxc_config = {
'preLaunch': lxc_config.prelaunch,
'postLaunch': lxc_config.postlaunch,
's3Bucket': lxc_config.s3_bucket,
'compression': lxc_config.compression,
'release': lxc_config.release,
'template': lxc_config.template,
'mirror': lxc_config.mirror,
'securityMirror': lxc_config.security_mirror,
}
context['lxcConfig'] = lxc_config
debugConfig = buildstep.debug_config if buildstep else {}
if 'debugForceInfraFailure' in jobstep.data:
debugConfig['forceInfraFailure'] = jobstep.data[
'debugForceInfraFailure']
if debugConfig:
context['debugConfig'] = self.serialize(debugConfig)
return self.respond(context, serialize=False)
def post(self, build_id):
build = Build.query.options(
joinedload('project', innerjoin=True),
joinedload('author'),
joinedload('source').joinedload('revision'),
).get(build_id)
if build is None:
return '', 404
if build.status == Status.finished:
return '', 204
cancelled = []
# find any active/pending jobs
for job in filter(lambda x: x.status != Status.finished, build.jobs):
# TODO(dcramer): we make an assumption that there is a single step
_, implementation = JobPlan.get_build_step_for_job(job_id=job.id)
if not implementation:
continue
implementation.cancel(job=job)
cancelled.append(job)
if not cancelled:
return '', 204
build.status = Status.finished
build.result = Result.aborted
db.session.add(build)
return self.respond(build)
def sync_artifact(artifact_id=None, **kwargs):
"""
Downloads an artifact from jenkins.
"""
artifact = Artifact.query.get(artifact_id)
if artifact is None:
return
step = artifact.step
if step.result == Result.aborted:
return
_, implementation = JobPlan.get_build_step_for_job(job_id=step.job_id)
# TODO(dcramer): we eventually want to abstract the entirety of Jenkins
# artifact syncing so that we pull files and then process them
if artifact.file:
try:
implementation.get_artifact_manager(step).process(artifact)
except UnrecoverableException:
current_app.logger.exception(
'Unrecoverable exception processing artifact %s: %s',
artifact.step_id, artifact)
else:
try:
implementation.fetch_artifact(artifact=artifact)
except UnrecoverableException:
current_app.logger.exception(
'Unrecoverable exception fetching artifact %s: %s',
artifact.step_id, artifact)
def sync_job_phases(job, phases=None, implementation=None):
if phases is None:
phases = JobPhase.query.filter(JobPhase.job_id == job.id)
if implementation is None:
_, implementation = JobPlan.get_build_step_for_job(job_id=job.id)
for phase in phases:
sync_phase(phase, implementation)
def test_autogenerated_commands_with_additional_test_flags(
self, get_config):
get_config.return_value = {
'bazel.additional-test-flags':
['--test_env=testing=123', '--test_env=testing=123'],
'bazel.targets': [
'//foo/bar/baz/...',
'//bar/bax/...',
],
'bazel.exclude-tags': [],
'bazel.cpus':
2,
'bazel.mem':
1234,
'bazel.max-executors':
3,
}
mock_vcs = mock.Mock(spec=Vcs)
mock_vcs.get_buildstep_checkout_revision.return_value = 'git checkout master'
mock_vcs.get_buildstep_checkout_parent_revision.return_value = 'git checkout master^'
mock_vcs.get_buildstep_changed_files.return_value = 'git diff --name-only master^..master'
job = self._create_job_and_jobplan()
with mock.patch.object(job.project.repository,
"get_vcs") as mock_get_vcs:
mock_get_vcs.return_value = mock_vcs
_, implementation = JobPlan.get_build_step_for_job(job.id)
collect_tests_expected = """#!/bin/bash -eu
sudo apt-get install -y --force-yes bazel python >/dev/null 2>&1
"/var/changes/input/collect-targets" --output-user-root="/bazel/root/path" --target-patterns=//foo/bar/baz/... --target-patterns=//bar/bax/... --test-flags=--spawn_strategy=sandboxed --test-flags=--genrule_strategy=sandboxed --test-flags=--keep_going --test-flags=--test_env=testing=123 --jobs="4" --selective-testing-skip-list={} 2> /dev/null
""".strip().format(job.project.get_config_path())
assert implementation.max_executors == 3
assert implementation.artifacts == []
assert implementation.artifact_suffix == '.bazel'
assert implementation.resources['cpus'] == 2
assert implementation.resources['mem'] == 1234
assert len(implementation.commands) == 4
assert implementation.commands[0].type == CommandType.setup
assert implementation.commands[1].type == CommandType.setup
assert implementation.commands[2].type == CommandType.setup
assert implementation.commands[
3].type == CommandType.collect_bazel_targets
assert implementation.commands[3].script == collect_tests_expected
def test_invalid_mems(self, get_config):
get_config.return_value = {
'bazel.additional-test-flags': [],
'bazel.targets': [
'//aa/bb/cc/...',
'//aa/abc/...',
],
'bazel.exclude-tags': [],
'bazel.cpus': 1,
'bazel.mem': 1025, # Too high
'bazel.max-executors': 1,
}
current_app.config['MIN_MEM_MB_PER_EXECUTOR'] = 1
current_app.config['MAX_MEM_MB_PER_EXECUTOR'] = 10
_, implementation = JobPlan.get_build_step_for_job(
self._create_job_and_jobplan().id)
assert implementation is None
get_config.return_value = {
'bazel.targets': [
'//aa/bb/cc/...',
'//aa/abc/...',
],
'bazel.exclude-tags': [],
'bazel.cpus': 1,
'bazel.mem': 1025, # Too low
'bazel.max-executors': 1,
}
current_app.config['MIN_MEM_MB_PER_EXECUTOR'] = 2000
current_app.config['MAX_MEM_MB_PER_EXECUTOR'] = 3000
_, implementation = JobPlan.get_build_step_for_job(
self._create_job_and_jobplan().id)
assert implementation is None
def test_autogenerated_commands_with_additional_test_flags_invalid(self, get_config):
get_config.return_value = {
'bazel.additional-test-flags': ['--keep_going'], # not in whitelist
'bazel.targets': [
'//foo/bar/baz/...',
'//bar/bax/...',
],
'bazel.exclude-tags': [],
'bazel.cpus': 2,
'bazel.mem': 1234,
'bazel.max-executors': 3,
}
_, implementation = JobPlan.get_build_step_for_job(self._create_job_and_jobplan().id)
assert implementation is None
def create_job(job_id):
"""
Kicks off a newly created job within a build;
enqueued for each job within a new build.
"""
job = Job.query.get(job_id)
if not job:
return
if job.project.status == ProjectStatus.inactive:
current_app.logger.warn('Project is not active: %s', job.project.slug)
job.status = Status.finished
job.result = Result.aborted
db.session.add(job)
db.session.flush()
return
# we might already be marked as finished for various reasons
# (such as aborting the task)
if job.status == Status.finished:
return
_, implementation = JobPlan.get_build_step_for_job(job_id=job.id)
if implementation is None:
# TODO(dcramer): record a FailureReason?
job.status = Status.finished
job.result = Result.aborted
db.session.add(job)
db.session.flush()
current_app.logger.exception('No build plan set %s', job_id)
return
try:
implementation.execute(job=job)
except UnrecoverableException:
job.status = Status.finished
job.result = Result.infra_failed
db.session.add(job)
db.session.flush()
current_app.logger.exception('Unrecoverable exception creating %s',
job_id)
return
sync_job.delay(
job_id=job.id.hex,
task_id=job.id.hex,
parent_task_id=job.build_id.hex,
)
def create_job(job_id):
"""
Kicks off a newly created job within a build;
enqueued for each job within a new build.
"""
job = Job.query.get(job_id)
if not job:
return
if job.project.status == ProjectStatus.inactive:
current_app.logger.warn('Project is not active: %s', job.project.slug)
job.status = Status.finished
job.result = Result.aborted
db.session.add(job)
db.session.flush()
return
# we might already be marked as finished for various reasons
# (such as aborting the task)
if job.status == Status.finished:
return
_, implementation = JobPlan.get_build_step_for_job(job_id=job.id)
if implementation is None:
# TODO(dcramer): record a FailureReason?
job.status = Status.finished
job.result = Result.aborted
db.session.add(job)
db.session.flush()
current_app.logger.exception('No build plan set %s', job_id)
return
try:
implementation.execute(job=job)
except UnrecoverableException:
job.status = Status.finished
job.result = Result.infra_failed
db.session.add(job)
db.session.flush()
current_app.logger.exception('Unrecoverable exception creating %s', job_id)
return
sync_job.delay(
job_id=job.id.hex,
task_id=job.id.hex,
parent_task_id=job.build_id.hex,
)
def test_autogenerated_commands_with_exclusions(self, get_config):
get_config.return_value = {
'bazel.additional-test-flags': [],
'bazel.targets': [
'//foo/bar/baz/...',
'//bar/bax/...',
],
'bazel.exclude-tags': [
'flaky',
'another_tag',
],
'bazel.cpus': 2,
'bazel.mem': 1234,
'bazel.max-executors': 3,
}
mock_vcs = mock.Mock(spec=Vcs)
mock_vcs.get_buildstep_checkout_revision.return_value = 'git checkout master'
mock_vcs.get_buildstep_checkout_parent_revision.return_value = 'git checkout master^'
mock_vcs.get_buildstep_changed_files.return_value = 'git diff --name-only master^..master'
job = self._create_job_and_jobplan()
with mock.patch.object(job.project.repository, "get_vcs") as mock_get_vcs:
mock_get_vcs.return_value = mock_vcs
_, implementation = JobPlan.get_build_step_for_job(job.id)
collect_tests_expected = """#!/bin/bash -eu
sudo apt-get install -y --force-yes bazel python >/dev/null 2>&1
"/var/changes/input/collect-targets" --output-user-root="/bazel/root/path" --target-patterns=//foo/bar/baz/... --target-patterns=//bar/bax/... --exclude-tags=flaky --exclude-tags=another_tag --test-flags=--spawn_strategy=sandboxed --test-flags=--genrule_strategy=sandboxed --test-flags=--keep_going --jobs="4" --selective-testing-skip-list={} 2> /dev/null
""".strip().format(job.project.get_config_path())
assert implementation.max_executors == 3
assert implementation.artifacts == []
assert implementation.artifact_suffix == '.bazel'
assert implementation.resources['cpus'] == 2
assert implementation.resources['mem'] == 1234
assert len(implementation.commands) == 4
assert implementation.commands[0].type == CommandType.setup
assert implementation.commands[1].type == CommandType.setup
assert implementation.commands[2].type == CommandType.setup
assert implementation.commands[3].type == CommandType.collect_bazel_targets
assert implementation.commands[3].script == collect_tests_expected
def _sync_artifacts_for_jobstep(step):
artifacts = Artifact.query.filter(Artifact.step_id == step.id).all()
_, buildstep = JobPlan.get_build_step_for_job(job_id=step.job_id)
prefer_artifactstore = buildstep.prefer_artifactstore()
artifact_manager = buildstep.get_artifact_manager(step)
to_sync = _get_artifacts_to_sync(artifacts, artifact_manager, prefer_artifactstore)
# buildstep may want to check for e.g. required artifacts
buildstep.verify_final_artifacts(step, to_sync)
for artifact in to_sync:
sync_artifact.delay_if_needed(
artifact_id=artifact.id.hex,
task_id=artifact.id.hex,
parent_task_id=step.id.hex,
)
def _sync_artifacts_for_jobstep(step):
artifacts = Artifact.query.filter(Artifact.step_id == step.id).all()
_, buildstep = JobPlan.get_build_step_for_job(job_id=step.job_id)
prefer_artifactstore = buildstep.prefer_artifactstore()
artifact_manager = buildstep.get_artifact_manager(step)
to_sync = _get_artifacts_to_sync(artifacts, artifact_manager,
prefer_artifactstore)
# buildstep may want to check for e.g. required artifacts
buildstep.verify_final_artifacts(step, to_sync)
for artifact in to_sync:
sync_artifact.delay_if_needed(
artifact_id=artifact.id.hex,
task_id=artifact.id.hex,
parent_task_id=step.id.hex,
)
def test_autogenerated_commands_with_additional_test_flags_invalid(
self, get_config):
get_config.return_value = {
'bazel.additional-test-flags':
['--keep_going'], # not in whitelist
'bazel.targets': [
'//foo/bar/baz/...',
'//bar/bax/...',
],
'bazel.exclude-tags': [],
'bazel.cpus': 2,
'bazel.mem': 1234,
'bazel.max-executors': 3,
}
_, implementation = JobPlan.get_build_step_for_job(
self._create_job_and_jobplan().id)
assert implementation is None
def expand_command(self, command, expander, data):
jobstep = command.jobstep
phase_name = data.get('phase')
if not phase_name:
phase_name = expander.default_phase_name()
new_jobphase = JobPhase(
job_id=jobstep.job_id,
project_id=jobstep.project_id,
label=phase_name,
status=Status.queued,
)
db.session.add(new_jobphase)
_, buildstep = JobPlan.get_build_step_for_job(jobstep.job_id)
results = []
for future_jobstep in expander.expand(
job=jobstep.job,
max_executors=jobstep.data['max_executors'],
test_stats_from=buildstep.get_test_stats_from()):
new_jobstep = buildstep.create_expanded_jobstep(
jobstep, new_jobphase, future_jobstep)
results.append(new_jobstep)
# If there are no tests to run, the phase is done.
if len(results) == 0:
new_jobphase.status = Status.finished
new_jobphase.result = Result.passed
db.session.add(new_jobphase)
db.session.flush()
for new_jobstep in results:
sync_job_step.delay_if_needed(
step_id=new_jobstep.id.hex,
task_id=new_jobstep.id.hex,
parent_task_id=new_jobphase.job.id.hex,
)
return results
def process_row(agg, jobstep):
status = jobstep.status.name
current = agg.get(status) or default.copy()
current['count'] += 1
if args.check_resources:
if jobstep.job_id not in buildstep_for_job_id:
buildstep_for_job_id[jobstep.job_id] = JobPlan.get_build_step_for_job(jobstep.job_id)[1]
buildstep = buildstep_for_job_id[jobstep.job_id]
limits = buildstep.get_resource_limits()
req_cpus = limits.get('cpus', DEFAULT_CPUS)
req_mem = limits.get('memory', DEFAULT_MEMORY_MB)
current['cpus'] += req_cpus
current['mem'] += req_mem
# Track the oldest jobstep we've seen.
if current['created'] is None or jobstep.date_created < current['created']:
current['created'] = jobstep.date_created
current['jobstep_id'] = jobstep.id
agg[status] = current
def process(self, fp, artifact):
try:
phase_config = json.load(fp)
except ValueError:
uri = build_web_uri('/find_build/{0}/'.format(self.step.job.build_id.hex))
self.logger.warning('Failed to parse json; (step=%s, build=%s)', self.step.id.hex, uri, exc_info=True)
self.report_malformed()
else:
_, implementation = JobPlan.get_build_step_for_job(job_id=self.step.job_id)
try:
implementation.expand_jobs(self.step, phase_config)
except ArtifactParseError:
uri = build_web_uri('/find_build/{0}/'.format(self.step.job.build_id.hex))
self.logger.warning('malformed %s artifact (step=%s, build=%s)', self.FILENAMES[0],
self.step.id.hex, uri, exc_info=True)
self.report_malformed()
except Exception:
uri = build_web_uri('/find_build/{0}/'.format(self.step.job.build_id.hex))
self.logger.warning('expand_jobs failed (step=%s, build=%s)', self.step.id.hex, uri, exc_info=True)
self.step.result = Result.infra_failed
db.session.add(self.step)
db.session.commit()
def expand_command(self, command, expander, data):
jobstep = command.jobstep
phase_name = data.get('phase')
if not phase_name:
phase_name = expander.default_phase_name()
new_jobphase = JobPhase(
job_id=jobstep.job_id,
project_id=jobstep.project_id,
label=phase_name,
status=Status.queued,
)
db.session.add(new_jobphase)
_, buildstep = JobPlan.get_build_step_for_job(jobstep.job_id)
results = []
for future_jobstep in expander.expand(max_executors=jobstep.data['max_executors'],
test_stats_from=buildstep.get_test_stats_from()):
new_jobstep = buildstep.create_expanded_jobstep(jobstep, new_jobphase, future_jobstep)
results.append(new_jobstep)
# If there are no tests to run, the phase is done.
if len(results) == 0:
new_jobphase.status = Status.finished
new_jobphase.result = Result.passed
db.session.add(new_jobphase)
db.session.flush()
for new_jobstep in results:
sync_job_step.delay_if_needed(
step_id=new_jobstep.id.hex,
task_id=new_jobstep.id.hex,
parent_task_id=new_jobphase.job.id.hex,
)
return results
def get(self):
"""
New GET method that returns a priority sorted list of possible jobsteps
to allocate. The scheduler can then decide which ones it can actually
allocate and makes a POST request to mark these as such with Changes.
Args (in the form of a query string):
cluster (Optional[str]): The cluster to look for jobsteps in.
limit (int (default 200)): Maximum number of jobsteps to return.
"""
args = self.get_parser.parse_args()
cluster = args.cluster
limit = args.limit
with statsreporter.stats().timer('jobstep_allocate_get'):
available_allocations = self.find_next_jobsteps(limit, cluster)
jobstep_results = []
for jobstep in available_allocations:
jobplan, buildstep = JobPlan.get_build_step_for_job(
jobstep.job_id)
assert jobplan and buildstep
limits = buildstep.get_resource_limits()
req_cpus = limits.get('cpus', 4)
req_mem = limits.get('memory', 8 * 1024)
allocation_cmd = buildstep.get_allocation_command(jobstep)
jobstep_data = self.serialize(jobstep)
jobstep_data['project'] = self.serialize(jobstep.project)
jobstep_data['resources'] = {
'cpus': req_cpus,
'mem': req_mem,
}
jobstep_data['cmd'] = allocation_cmd
jobstep_results.append(jobstep_data)
return self.respond({'jobsteps': jobstep_results})
def process_row(agg, jobstep):
status = jobstep.status.name
current = agg.get(status) or default.copy()
current['count'] += 1
if args.check_resources:
if jobstep.job_id not in buildstep_for_job_id:
buildstep_for_job_id[
jobstep.job_id] = JobPlan.get_build_step_for_job(
jobstep.job_id)[1]
buildstep = buildstep_for_job_id[jobstep.job_id]
limits = buildstep.get_resource_limits()
req_cpus = limits.get('cpus', DEFAULT_CPUS)
req_mem = limits.get('memory', DEFAULT_MEMORY_MB)
current['cpus'] += req_cpus
current['mem'] += req_mem
# Track the oldest jobstep we've seen.
if current['created'] is None or jobstep.date_created < current[
'created']:
current['created'] = jobstep.date_created
current['jobstep_id'] = jobstep.id
agg[status] = current
def process(self, fp, artifact):
try:
phase_config = json.load(fp)
except ValueError:
uri = build_web_uri('/find_build/{0}/'.format(
self.step.job.build_id.hex))
self.logger.warning('Failed to parse json; (step=%s, build=%s)',
self.step.id.hex,
uri,
exc_info=True)
self.report_malformed()
else:
_, implementation = JobPlan.get_build_step_for_job(
job_id=self.step.job_id)
try:
implementation.expand_jobs(self.step, phase_config)
except ArtifactParseError:
uri = build_web_uri('/find_build/{0}/'.format(
self.step.job.build_id.hex))
self.logger.warning(
'malformed %s artifact (step=%s, build=%s)',
self.FILENAMES[0],
self.step.id.hex,
uri,
exc_info=True)
self.report_malformed()
except Exception:
uri = build_web_uri('/find_build/{0}/'.format(
self.step.job.build_id.hex))
self.logger.warning('expand_jobs failed (step=%s, build=%s)',
self.step.id.hex,
uri,
exc_info=True)
self.step.result = Result.infra_failed
db.session.add(self.step)
db.session.commit()
def _sync_artifacts_for_jobstep(step):
# only generate the sync_artifact tasks for this step once
if Task.query.filter(
Task.parent_id == step.id,
Task.task_name == 'sync_artifact',
).first():
return
artifacts = Artifact.query.filter(Artifact.step_id == step.id).all()
_, buildstep = JobPlan.get_build_step_for_job(job_id=step.job_id)
prefer_artifactstore = buildstep.prefer_artifactstore()
artifact_manager = buildstep.get_artifact_manager(step)
to_sync = _get_artifacts_to_sync(artifacts, artifact_manager, prefer_artifactstore)
# buildstep may want to check for e.g. required artifacts
buildstep.verify_final_artifacts(step, to_sync)
for artifact in to_sync:
sync_artifact.delay_if_needed(
artifact_id=artifact.id.hex,
task_id=artifact.id.hex,
parent_task_id=step.id.hex,
)
def get(self):
"""
GET method that returns a priority sorted list of possible jobsteps
to allocate. The scheduler can then decide which ones it can actually
allocate and makes a POST request to mark these as such with Changes.
Args (in the form of a query string):
cluster (Optional[str]): The cluster to look for jobsteps in.
limit (int (default 200)): Maximum number of jobsteps to return.
"""
args = self.get_parser.parse_args()
cluster = args.cluster
limit = args.limit
with statsreporter.stats().timer('jobstep_allocate_get'):
available_allocations = self.find_next_jobsteps(limit, cluster)
jobstep_results = self.serialize(available_allocations)
buildstep_for_job_id = {}
for jobstep, jobstep_data in zip(available_allocations, jobstep_results):
if jobstep.job_id not in buildstep_for_job_id:
buildstep_for_job_id[jobstep.job_id] = JobPlan.get_build_step_for_job(jobstep.job_id)[1]
buildstep = buildstep_for_job_id[jobstep.job_id]
limits = buildstep.get_resource_limits()
req_cpus = limits.get('cpus', 4)
req_mem = limits.get('memory', 8 * 1024)
allocation_cmd = buildstep.get_allocation_command(jobstep)
jobstep_data['project'] = jobstep.project
jobstep_data['resources'] = {
'cpus': req_cpus,
'mem': req_mem,
}
jobstep_data['cmd'] = allocation_cmd
return self.respond({'jobsteps': jobstep_results})
def sync_job(job_id):
"""
Updates jobphase and job statuses based on the status of the constituent jobsteps.
"""
job = Job.query.get(job_id)
if not job:
return
if job.status == Status.finished:
return
jobplan, implementation = JobPlan.get_build_step_for_job(job_id=job.id)
try:
implementation.update(job=job)
except UnrecoverableException:
job.status = Status.finished
job.result = Result.infra_failed
current_app.logger.exception('Unrecoverable exception syncing %s',
job.id)
all_phases = list(job.phases)
# propagate changes to any phases as they live outside of the
# normalize synchronization routines
sync_job_phases(job, all_phases, implementation)
is_finished = sync_job.verify_all_children() == Status.finished
if any(p.status != Status.finished for p in all_phases):
is_finished = False
job.date_started = safe_agg(min, (j.date_started
for j in all_phases if j.date_started))
if is_finished:
job.date_finished = safe_agg(max,
(j.date_finished
for j in all_phases if j.date_finished))
else:
job.date_finished = None
if job.date_started and job.date_finished:
job.duration = int(
(job.date_finished - job.date_started).total_seconds() * 1000)
else:
job.duration = None
# if any phases are marked as failing, fail the build
if any(j.result is Result.failed for j in all_phases):
job.result = Result.failed
# If any test cases were marked as failing, fail the build.
# The exception is if the only failing test case occurred in a JobStep that
# had an infra failure. In this case we can't trust the test case result as
# being meaningful and so we ignore these.
elif TestCase.query.join(JobStep, JobStep.id == TestCase.step_id).filter(
TestCase.result == Result.failed, TestCase.job_id == job.id,
JobStep.result != Result.infra_failed).first():
job.result = Result.failed
# if we've finished all phases, use the best result available
elif is_finished:
# Sets the final job result.
implementation.validate(job=job)
else:
job.result = Result.unknown
if is_finished:
job.status = Status.finished
else:
# ensure we dont set the status to finished unless it actually is
new_status = aggregate_status((j.status for j in all_phases))
if new_status != Status.finished:
job.status = new_status
elif job.status == Status.finished:
job.status = Status.in_progress
current_app.logger.exception(
'Job incorrectly marked as finished: %s', job.id)
if db.session.is_modified(job):
job.date_modified = datetime.utcnow()
db.session.add(job)
db.session.commit()
if not is_finished:
raise sync_job.NotFinished
try:
aggregate_job_stat(job, 'test_count')
aggregate_job_stat(job, 'test_duration')
aggregate_job_stat(job, 'test_failures')
aggregate_job_stat(job, 'test_rerun_count')
aggregate_job_stat(job, 'tests_missing')
aggregate_job_stat(job, 'lines_covered')
aggregate_job_stat(job, 'lines_uncovered')
aggregate_job_stat(job, 'diff_lines_covered')
aggregate_job_stat(job, 'diff_lines_uncovered')
except Exception:
current_app.logger.exception(
'Failing recording aggregate stats for job %s', job.id)
fire_signal.delay(
signal='job.finished',
kwargs={'job_id': job.id.hex},
)
if jobplan:
queue.delay('update_project_plan_stats',
kwargs={
'project_id': job.project_id.hex,
'plan_id': jobplan.plan_id.hex,
},
countdown=1)
def test_autogenerated_commands(self, get_config):
get_config.return_value = {
'bazel.targets': [
'//aa/bb/cc/...',
'//aa/abc/...',
],
'bazel.dependencies': {
'encap': [
'package1',
'pkg-2',
]
}
}
current_app.config['APT_SPEC'] = 'deb http://example.com/debian distribution component1'
current_app.config['ENCAP_RSYNC_URL'] = 'rsync://example.com/encap/'
project = self.create_project()
plan = self.create_plan(project)
option = self.create_option(
item_id=plan.id,
name='bazel.autogenerate',
value='1',
)
build = self.create_build(project)
job = self.create_job(build)
jobplan = self.create_job_plan(job, plan)
_, implementation = JobPlan.get_build_step_for_job(job.id)
bazel_setup_expected = """#!/bin/bash -eux
echo "deb http://example.com/debian distribution component1" | sudo tee /etc/apt/sources.list.d/bazel-changes-autogen.list
sudo apt-get update || true
sudo apt-get install -y --force-yes bazel drte-v1 gcc unzip zip
""".strip()
sync_encap_expected = """
sudo mkdir -p /usr/local/encap/
sudo rsync -a --delete rsync://example.com/encap/package1 /usr/local/encap/
sudo rsync -a --delete rsync://example.com/encap/pkg-2 /usr/local/encap/
""".strip()
collect_tests_expected = """#!/bin/bash -eu
echo "deb http://example.com/debian distribution component1" | sudo tee /etc/apt/sources.list.d/bazel-changes-autogen.list > /dev/null 2>&1
(sudo apt-get update || true) > /dev/null 2>&1
sudo apt-get install -y --force-yes bazel drte-v1 gcc unzip zip python > /dev/null 2>&1
(bazel query 'tests(//aa/bb/cc/... + //aa/abc/...)' | python -c "import sys
import json
targets = sys.stdin.read().splitlines()
out = {
'cmd': 'bazel test {test_names}',
'tests': targets,
}
json.dump(out, sys.stdout)
") 2> /dev/null
""".strip()
assert len(implementation.commands) == 3
assert implementation.commands[0].type == CommandType.setup
assert implementation.commands[0].script == bazel_setup_expected
assert implementation.commands[1].type == CommandType.setup
assert implementation.commands[1].script == sync_encap_expected
assert implementation.commands[2].type == CommandType.collect_tests
assert implementation.commands[2].script == collect_tests_expected
def post(self):
args = json.loads(request.data)
# TODO(nate): get rid of old allocation code once scheduler is updated to use this
if args.get('jobstep_ids'):
return self.new_post(args)
try:
resources = args['resources']
except KeyError:
return error('Missing resources attribute')
cluster = args.get('cluster')
# cpu and mem as 0 are treated by changes-client
# as having no enforced limit
total_cpus = int(resources.get('cpus', 0))
total_mem = int(resources.get('mem', 0)) # MB
with statsreporter.stats().timer('jobstep_allocate'):
try:
lock_key = 'jobstep:allocate'
if cluster:
lock_key = lock_key + ':' + cluster
with redis.lock(lock_key, nowait=True):
available_allocations = self.find_next_jobsteps(
limit=10, cluster=cluster)
to_allocate = []
for jobstep in available_allocations:
jobplan, buildstep = JobPlan.get_build_step_for_job(
jobstep.job_id)
assert jobplan and buildstep
limits = buildstep.get_resource_limits()
req_cpus = limits.get('cpus', 4)
req_mem = limits.get('memory', 8 * 1024)
if total_cpus >= req_cpus and total_mem >= req_mem:
total_cpus -= req_cpus
total_mem -= req_mem
allocation_cmd = buildstep.get_allocation_command(
jobstep)
jobstep.status = Status.allocated
db.session.add(jobstep)
# We keep the data from the BuildStep to be sure we're using the same resource values.
to_allocate.append(
(jobstep,
_AllocData(cpus=req_cpus,
memory=req_mem,
command=allocation_cmd)))
# The JobSteps returned are pending_allocation, and the initial state for a Mesos JobStep is
# pending_allocation, so we can determine how long it was pending by how long ago it was
# created.
pending_seconds = (
datetime.utcnow() -
jobstep.date_created).total_seconds()
statsreporter.stats().log_timing(
'duration_pending_allocation',
pending_seconds * 1000)
else:
logging.info(
'Not allocating %s due to lack of offered resources',
jobstep.id.hex)
if not to_allocate:
# Should 204, but flask/werkzeug throws StopIteration (bug!) for tests
return self.respond([])
db.session.flush()
except UnableToGetLock:
return error('Another allocation is in progress',
http_code=503)
context = []
for jobstep, alloc_data in to_allocate:
try:
jobstep_data = self.serialize(jobstep)
jobstep_data['project'] = self.serialize(jobstep.project)
jobstep_data['resources'] = {
'cpus': alloc_data.cpus,
'mem': alloc_data.memory,
}
jobstep_data['cmd'] = alloc_data.command
except Exception:
jobstep.status = Status.finished
jobstep.result = Result.infra_failed
db.session.add(jobstep)
db.session.flush()
logging.exception(
'Exception occurred while allocating job step %s for project %s',
jobstep.id.hex, jobstep.project.slug)
else:
context.append(jobstep_data)
return self.respond(context)
def test_autogenerated_commands(self, get_config):
get_config.return_value = {
'bazel.additional-test-flags': [],
'bazel.targets': [
'//aa/bb/cc/...',
'//aa/abc/...',
],
'bazel.dependencies': {
'encap': [
'package1',
'pkg-2',
]
},
'bazel.exclude-tags': [],
'bazel.cpus': 4, # Default
'bazel.mem': 8192, # Default
'bazel.max-executors': 1, # Default
}
mock_vcs = mock.Mock(spec=Vcs)
mock_vcs.get_buildstep_checkout_revision.return_value = 'git checkout master'
mock_vcs.get_buildstep_checkout_parent_revision.return_value = 'git checkout master^'
mock_vcs.get_buildstep_changed_files.return_value = 'git diff --name-only master^..master'
job = self._create_job_and_jobplan()
with mock.patch.object(job.project.repository,
"get_vcs") as mock_get_vcs:
mock_get_vcs.return_value = mock_vcs
_, implementation = JobPlan.get_build_step_for_job(job.id)
bazel_setup_expected = """#!/bin/bash -eux
sudo apt-get install -y --force-yes bazel
""".strip()
sync_encap_expected = """
sudo mkdir -p /usr/local/encap/
sudo /usr/bin/rsync -a --delete rsync://example.com/encap/package1 /usr/local/encap/
sudo /usr/bin/rsync -a --delete rsync://example.com/encap/pkg-2 /usr/local/encap/
""".strip()
collect_targets_expected = """#!/bin/bash -eu
sudo apt-get install -y --force-yes bazel python >/dev/null 2>&1
"/var/changes/input/collect-targets" --output-user-root="/bazel/root/path" --target-patterns=//aa/bb/cc/... --target-patterns=//aa/abc/... --test-flags=--spawn_strategy=sandboxed --test-flags=--genrule_strategy=sandboxed --test-flags=--keep_going --jobs="8" --selective-testing-skip-list={} 2> /dev/null
""".strip().format(job.project.get_config_path())
extra_setup_expected = """#!/bin/bash -eux
exit 0
""".strip()
assert len(implementation.commands) == 4
assert implementation.max_executors == 1
assert implementation.artifacts == []
assert implementation.artifact_suffix == '.bazel'
assert implementation.commands[0].type == CommandType.setup
assert implementation.commands[0].script == bazel_setup_expected
assert implementation.commands[1].type == CommandType.setup
assert implementation.commands[1].script == sync_encap_expected
assert implementation.commands[2].type == CommandType.setup
assert implementation.commands[2].script == extra_setup_expected
assert implementation.commands[
3].type == CommandType.collect_bazel_targets
assert implementation.commands[3].script == collect_targets_expected
assert implementation.commands[3].env[
'VCS_CHECKOUT_TARGET_REVISION_CMD'] == 'git checkout master'
assert implementation.commands[3].env[
'VCS_CHECKOUT_PARENT_REVISION_CMD'] == 'git checkout master^'
assert implementation.commands[3].env[
'VCS_GET_CHANGED_FILES_CMD'] == 'git diff --name-only master^..master'
def post(self):
args = json.loads(request.data)
# TODO(nate): get rid of old allocation code once scheduler is updated to use this
if args.get('jobstep_ids'):
return self.new_post(args)
try:
resources = args['resources']
except KeyError:
return error('Missing resources attribute')
cluster = args.get('cluster')
# cpu and mem as 0 are treated by changes-client
# as having no enforced limit
total_cpus = int(resources.get('cpus', 0))
total_mem = int(resources.get('mem', 0)) # MB
with statsreporter.stats().timer('jobstep_allocate'):
try:
lock_key = 'jobstep:allocate'
if cluster:
lock_key = lock_key + ':' + cluster
with redis.lock(lock_key, nowait=True):
available_allocations = self.find_next_jobsteps(limit=10, cluster=cluster)
to_allocate = []
for jobstep in available_allocations:
jobplan, buildstep = JobPlan.get_build_step_for_job(jobstep.job_id)
assert jobplan and buildstep
limits = buildstep.get_resource_limits()
req_cpus = limits.get('cpus', 4)
req_mem = limits.get('memory', 8 * 1024)
if total_cpus >= req_cpus and total_mem >= req_mem:
total_cpus -= req_cpus
total_mem -= req_mem
allocation_cmd = buildstep.get_allocation_command(jobstep)
jobstep.status = Status.allocated
db.session.add(jobstep)
# We keep the data from the BuildStep to be sure we're using the same resource values.
to_allocate.append((jobstep, _AllocData(cpus=req_cpus,
memory=req_mem,
command=allocation_cmd)))
# The JobSteps returned are pending_allocation, and the initial state for a Mesos JobStep is
# pending_allocation, so we can determine how long it was pending by how long ago it was
# created.
pending_seconds = (datetime.utcnow() - jobstep.date_created).total_seconds()
statsreporter.stats().log_timing('duration_pending_allocation', pending_seconds * 1000)
else:
logging.info('Not allocating %s due to lack of offered resources', jobstep.id.hex)
if not to_allocate:
# Should 204, but flask/werkzeug throws StopIteration (bug!) for tests
return self.respond([])
db.session.flush()
except UnableToGetLock:
return error('Another allocation is in progress', http_code=503)
context = []
for jobstep, alloc_data in to_allocate:
try:
jobstep_data = self.serialize(jobstep)
jobstep_data['project'] = self.serialize(jobstep.project)
jobstep_data['resources'] = {
'cpus': alloc_data.cpus,
'mem': alloc_data.memory,
}
jobstep_data['cmd'] = alloc_data.command
except Exception:
jobstep.status = Status.finished
jobstep.result = Result.infra_failed
db.session.add(jobstep)
db.session.flush()
logging.exception(
'Exception occurred while allocating job step %s for project %s',
jobstep.id.hex, jobstep.project.slug)
else:
context.append(jobstep_data)
return self.respond(context)
def sync_job_step(step_id):
"""
Polls a build for updates. May have sync_artifact children.
"""
step = JobStep.query.get(step_id)
if not step:
return
jobplan, implementation = JobPlan.get_build_step_for_job(job_id=step.job_id)
# only synchronize if upstream hasn't suggested we're finished
if step.status != Status.finished:
implementation.update_step(step=step)
db.session.flush()
_sync_from_artifact_store(step)
if step.status == Status.finished:
_sync_artifacts_for_jobstep(step)
is_finished = (step.status == Status.finished and
# make sure all child tasks (like sync_artifact) have also finished
sync_job_step.verify_all_children() == Status.finished)
if not is_finished:
default_timeout = current_app.config['DEFAULT_JOB_TIMEOUT_MIN']
if has_timed_out(step, jobplan, default_timeout=default_timeout):
old_status = step.status
step.data['timed_out'] = True
implementation.cancel_step(step=step)
# Not all implementations can actually cancel, but it's dead to us as of now
# so we mark it as finished.
step.status = Status.finished
step.date_finished = datetime.utcnow()
# Implementations default to marking canceled steps as aborted,
# but we're not canceling on good terms (it should be done by now)
# so we consider it a failure here.
#
# We check whether the step was marked as in_progress to make a best
# guess as to whether this is an infrastructure failure, or the
# repository under test is just taking too long. This won't be 100%
# reliable, but is probably good enough.
if old_status == Status.in_progress:
step.result = Result.failed
else:
step.result = Result.infra_failed
db.session.add(step)
job = step.job
try_create(FailureReason, {
'step_id': step.id,
'job_id': job.id,
'build_id': job.build_id,
'project_id': job.project_id,
'reason': 'timeout'
})
db.session.flush()
statsreporter.stats().incr('job_step_timed_out')
# If we timeout something that isn't in progress, that's our fault, and we should know.
if old_status != Status.in_progress:
current_app.logger.warning(
"Timed out jobstep that wasn't in progress: %s (was %s)", step.id, old_status)
raise sync_job_step.NotFinished
# Close the ArtifactStore bucket used by jenkins, if it exists
bucket_name = step.data.get('jenkins_bucket_name')
if bucket_name:
try:
ArtifactStoreClient(current_app.config['ARTIFACTS_SERVER']).close_bucket(bucket_name)
except Exception:
# Closing buckets is not strictly necessary in artifactstore
pass
# Ignore any 'failures' if the build did not finish properly.
# NOTE(josiah): we might want to include "unknown" and "skipped" here as
# well, or have some named condition like "not meaningful_result(step.result)".
if step.result in (Result.aborted, Result.infra_failed):
_report_jobstep_result(step)
return
# Check for FailureReason objects generated by child jobs
failure_result = _result_from_failure_reasons(step)
if failure_result and failure_result != step.result:
step.result = failure_result
db.session.add(step)
db.session.commit()
if failure_result == Result.infra_failed:
_report_jobstep_result(step)
return
try:
record_coverage_stats(step)
except Exception:
current_app.logger.exception('Failing recording coverage stats for step %s', step.id)
missing_tests = is_missing_tests(step, jobplan)
try_create(ItemStat, where={
'item_id': step.id,
'name': 'tests_missing',
'value': int(missing_tests),
})
if missing_tests:
if step.result != Result.failed:
step.result = Result.failed
db.session.add(step)
try_create(FailureReason, {
'step_id': step.id,
'job_id': step.job_id,
'build_id': step.job.build_id,
'project_id': step.project_id,
'reason': 'missing_tests'
})
db.session.commit()
db.session.flush()
if has_test_failures(step):
if step.result != Result.failed:
step.result = Result.failed
db.session.add(step)
try_create(FailureReason, {
'step_id': step.id,
'job_id': step.job_id,
'build_id': step.job.build_id,
'project_id': step.project_id,
'reason': 'test_failures'
})
db.session.commit()
_report_jobstep_result(step)
def sync_job_step(step_id):
"""
Polls a build for updates. May have sync_artifact children.
"""
step = JobStep.query.get(step_id)
if not step:
return
jobplan, implementation = JobPlan.get_build_step_for_job(
job_id=step.job_id)
# only synchronize if upstream hasn't suggested we're finished
if step.status != Status.finished:
implementation.update_step(step=step)
db.session.flush()
_sync_from_artifact_store(step)
if step.status == Status.finished:
# there is a small race condition where step.status got changed right after
# the first call to _sync_from_artifact_store
_sync_from_artifact_store(step)
_sync_artifacts_for_jobstep(step)
is_finished = (
step.status == Status.finished and
# make sure all child tasks (like sync_artifact) have also finished
sync_job_step.verify_all_children() == Status.finished)
if not is_finished:
default_timeout = current_app.config['DEFAULT_JOB_TIMEOUT_MIN']
if has_timed_out(step, jobplan, default_timeout=default_timeout):
old_status = step.status
step.data['timed_out'] = True
implementation.cancel_step(step=step)
# Not all implementations can actually cancel, but it's dead to us as of now
# so we mark it as finished.
step.status = Status.finished
step.date_finished = datetime.utcnow()
# Implementations default to marking canceled steps as aborted,
# but we're not canceling on good terms (it should be done by now)
# so we consider it a failure here.
#
# We check whether the step was marked as in_progress to make a best
# guess as to whether this is an infrastructure failure, or the
# repository under test is just taking too long. This won't be 100%
# reliable, but is probably good enough.
if old_status == Status.in_progress:
step.result = Result.failed
else:
step.result = Result.infra_failed
db.session.add(step)
job = step.job
try_create(
FailureReason, {
'step_id': step.id,
'job_id': job.id,
'build_id': job.build_id,
'project_id': job.project_id,
'reason': 'timeout'
})
db.session.flush()
statsreporter.stats().incr('job_step_timed_out')
# If we timeout something that isn't in progress, that's our fault, and we should know.
if old_status != Status.in_progress:
current_app.logger.warning(
"Timed out jobstep that wasn't in progress: %s (was %s)",
step.id, old_status)
raise sync_job_step.NotFinished
# Close the ArtifactStore bucket used by jenkins, if it exists
bucket_name = step.data.get('jenkins_bucket_name')
if bucket_name:
try:
ArtifactStoreClient(
current_app.config['ARTIFACTS_SERVER']).close_bucket(
bucket_name)
except Exception:
# Closing buckets is not strictly necessary in artifactstore
pass
# Ignore any 'failures' if the build did not finish properly.
# NOTE(josiah): we might want to include "unknown" and "skipped" here as
# well, or have some named condition like "not meaningful_result(step.result)".
if step.result in (Result.aborted, Result.infra_failed):
_report_jobstep_result(step)
return
# Check for FailureReason objects generated by child jobs
failure_result = _result_from_failure_reasons(step)
if failure_result and failure_result != step.result:
step.result = failure_result
db.session.add(step)
db.session.commit()
if failure_result == Result.infra_failed:
_report_jobstep_result(step)
return
try:
record_coverage_stats(step)
except Exception:
current_app.logger.exception(
'Failing recording coverage stats for step %s', step.id)
missing_tests = is_missing_tests(step, jobplan)
try_create(ItemStat,
where={
'item_id': step.id,
'name': 'tests_missing',
'value': int(missing_tests),
})
if missing_tests:
if step.result != Result.failed:
step.result = Result.failed
db.session.add(step)
try_create(
FailureReason, {
'step_id': step.id,
'job_id': step.job_id,
'build_id': step.job.build_id,
'project_id': step.project_id,
'reason': 'missing_tests'
})
db.session.commit()
db.session.flush()
if has_test_failures(step):
if step.result != Result.failed:
step.result = Result.failed
db.session.add(step)
try_create(
FailureReason, {
'step_id': step.id,
'job_id': step.job_id,
'build_id': step.job.build_id,
'project_id': step.project_id,
'reason': 'test_failures'
})
db.session.commit()
if has_missing_targets(step):
if step.result != Result.failed:
step.result = Result.failed
db.session.add(step)
BazelTarget.query.filter(
BazelTarget.step_id == step.id,
BazelTarget.status == Status.in_progress,
).update({
'status': Status.finished,
'result': Result.aborted,
})
try_create(
FailureReason, {
'step_id': step.id,
'job_id': step.job_id,
'build_id': step.job.build_id,
'project_id': step.project_id,
'reason': 'missing_targets',
})
db.session.commit()
_report_jobstep_result(step)
def test_autogenerated_commands(self, get_config):
get_config.return_value = {
'bazel.additional-test-flags': [],
'bazel.targets': [
'//aa/bb/cc/...',
'//aa/abc/...',
],
'bazel.dependencies': {
'encap': [
'package1',
'pkg-2',
]
},
'bazel.exclude-tags': [],
'bazel.cpus': 4, # Default
'bazel.mem': 8192, # Default
'bazel.max-executors': 1, # Default
}
mock_vcs = mock.Mock(spec=Vcs)
mock_vcs.get_buildstep_checkout_revision.return_value = 'git checkout master'
mock_vcs.get_buildstep_checkout_parent_revision.return_value = 'git checkout master^'
mock_vcs.get_buildstep_changed_files.return_value = 'git diff --name-only master^..master'
job = self._create_job_and_jobplan()
with mock.patch.object(job.project.repository, "get_vcs") as mock_get_vcs:
mock_get_vcs.return_value = mock_vcs
_, implementation = JobPlan.get_build_step_for_job(job.id)
bazel_setup_expected = """#!/bin/bash -eux
sudo apt-get install -y --force-yes bazel
""".strip()
sync_encap_expected = """
sudo mkdir -p /usr/local/encap/
sudo /usr/bin/rsync -a --delete rsync://example.com/encap/package1 /usr/local/encap/
sudo /usr/bin/rsync -a --delete rsync://example.com/encap/pkg-2 /usr/local/encap/
""".strip()
collect_targets_expected = """#!/bin/bash -eu
sudo apt-get install -y --force-yes bazel python >/dev/null 2>&1
"/var/changes/input/collect-targets" --output-user-root="/bazel/root/path" --target-patterns=//aa/bb/cc/... --target-patterns=//aa/abc/... --test-flags=--spawn_strategy=sandboxed --test-flags=--genrule_strategy=sandboxed --test-flags=--keep_going --jobs="8" --selective-testing-skip-list={} 2> /dev/null
""".strip().format(job.project.get_config_path())
extra_setup_expected = """#!/bin/bash -eux
exit 0
""".strip()
assert len(implementation.commands) == 4
assert implementation.max_executors == 1
assert implementation.artifacts == []
assert implementation.artifact_suffix == '.bazel'
assert implementation.commands[0].type == CommandType.setup
assert implementation.commands[0].script == bazel_setup_expected
assert implementation.commands[1].type == CommandType.setup
assert implementation.commands[1].script == sync_encap_expected
assert implementation.commands[2].type == CommandType.setup
assert implementation.commands[2].script == extra_setup_expected
assert implementation.commands[3].type == CommandType.collect_bazel_targets
assert implementation.commands[3].script == collect_targets_expected
assert implementation.commands[3].env['VCS_CHECKOUT_TARGET_REVISION_CMD'] == 'git checkout master'
assert implementation.commands[3].env['VCS_CHECKOUT_PARENT_REVISION_CMD'] == 'git checkout master^'
assert implementation.commands[3].env['VCS_GET_CHANGED_FILES_CMD'] == 'git diff --name-only master^..master'
